Magnetic-dipolar-mode oscillations for near- and far-field manipulation of microwave radiation

Keyphrases

• Oscillation 100%
• Magnetic Dipolar Modes 100%
• Microwave Radiation 100%
• Field Manipulation 100%
• Electromagnetic Field 37%
• Ferrite 37%
• Field Structure 37%
• Subwavelength Confinement 37%
• Near-field 25%
• Helicity 25%
• Topological Phase 25%
• Power Flow 25%
• Flow Vortex 25%
• Optics 12%
• Material Properties 12%
• Metal Structure 12%
• Degrees of Freedom 12%
• Energy Concentration 12%
• Phase Dislocation 12%
• Orbital Angular Momentum 12%
• Chirality 12%
• Symmetry Property 12%
• Nanotechnology 12%
• Mesoscopic 12%
• Resonator 12%
• Topological Structure 12%
• Confinement Effect 12%
• Phase Modulation 12%
• Material Characterization 12%
• Energy Eigenvalues 12%
• Microwave Field 12%
• Far-field Radiation 12%
• New Behaviors 12%
• Disk Array 12%
• Surface Plasmons Frequency 12%
• Chiral Properties 12%
• Microwave Sensor 12%
• Magnetoelectric Fields 12%
• Magnetostatic Oscillations 12%
• Surface Electrostatics 12%
• Microwave Systems 12%
• Vortex Generator 12%
• Near-field Microwave 12%
• Near-field Applications 12%
• Electrostatic Oscillations 12%
• Mode Structure 12%
• Torsion Degree 12%
• Near-field Radiation 12%

Physics

• Electromagnetic Fields 100%
• Far Field 100%
• Microwave 100%
• Vortex 66%
• Electrostatics 33%
• Optics 33%
• Angular Momentum 33%
• Surface Plasmon 33%
• Degree of Freedom 33%
• Chirality 33%
• Property of Materials 33%
• Resonator 33%
• Magnetostatics 33%
• Vortex Generator 33%
• Microwave Sensor 33%